func printTestResults(state *core.BuildState, aggregatedResults core.TestResults, failedTargets []core.BuildLabel, duration float64) {
if len(failedTargets) > 0 {
for _, failed := range failedTargets {
target := state.Graph.TargetOrDie(failed)
if len(target.Results.Failures) == 0 {
if target.Results.TimedOut {
printf("${WHITE_ON_RED}Fail:${RED_NO_BG} %s ${WHITE_ON_RED}Timed out${RESET}\n", target.Label)
} else {
printf("${WHITE_ON_RED}Fail:${RED_NO_BG} %s ${WHITE_ON_RED}Failed to run test${RESET}\n", target.Label)
}
} else {
printf("${WHITE_ON_RED}Fail:${RED_NO_BG} %s ${BOLD_GREEN}%3d passed ${BOLD_YELLOW}%3d skipped ${BOLD_RED}%3d failed ${BOLD_WHITE}Took %3.1fs${RESET}\n",
target.Label, target.Results.Passed, target.Results.Skipped, target.Results.Failed, target.Results.Duration)
for _, failure := range target.Results.Failures {
printf("${BOLD_RED}Failure: %s in %s${RESET}\n", failure.Type, failure.Name)
printf("%s\n", failure.Traceback)
if len(failure.Stdout) > 0 {
printf("${BOLD_RED}Standard output:${RESET}\n%s\n", failure.Stdout)
}
if len(failure.Stderr) > 0 {
printf("${BOLD_RED}Standard error:${RESET}\n%s\n", failure.Stderr)
}
}
}
if len(target.Results.Output) > 0 {
printf("${BOLD_RED}Full output:${RESET}\n%s\n", target.Results.Output)
}
if target.Results.Flakes > 0 {
printf("${BOLD_MAGENTA}Flaky target; made %s before giving up${RESET}\n", pluralise(target.Results.Flakes, "attempt", "attempts"))
}
}
}
// Print individual test results
i := 0
for _, target := range state.Graph.AllTargets() {
if target.IsTest && target.Results.NumTests > 0 {
if target.Results.Failed > 0 {
printf("${RED}%s${RESET} %s\n", target.Label, testResultMessage(target.Results, failedTargets))
} else {
printf("${GREEN}%s${RESET} %s\n", target.Label, testResultMessage(target.Results, failedTargets))
}
if state.ShowTestOutput && target.Results.Output != "" {
printf("Test output:\n%s\n", target.Results.Output)
}
i++
}
}
aggregatedResults.Duration = -0.1 // Exclude this from being displayed later.
printf(fmt.Sprintf("${BOLD_WHITE}%s and %s${BOLD_WHITE}. Total time %0.2fs.${RESET}\n",
pluralise(i, "test target", "test targets"), testResultMessage(aggregatedResults, failedTargets), duration))
}
